


Have you ever thought about helping to solve industry problems and being rewarded for it? At Vale, that's possible!
Vale has faced a shortage of professionals in several technical areas, such as Mineral Resource specialists. This shortage is a result of factors such as the long learning curve, the absence of the subject in university curricula, crises in the sector between 2012 and 2018, the COVID-19 pandemic, and the migration of experienced professionals abroad.
In response to this scenario, the Desenvolver Program was created, an initiative aimed at attracting talent and fostering technical knowledge in academia. The program consists of a competition aimed at students, who are challenged to propose solutions to specific issues in Vale's processes. The proposals are evaluated by a technical committee, and the winners receive prizes, training, and technical visits to the company's operations.
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In the 2026 edition, the Desenvolver Program will feature seven technical themes:
- Mineral Reserve: Mine sequencing for the entire Mineral Reserve, within a pre-defined final pit, where simultaneous mining and waste disposal must be considered.
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- Mineral Resource: Solutions for grouping lithological domains, statistical analysis, and geological modeling of an iron ore deposit.
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- Mine Geotechnics – Cavities: Study of the physical stability of natural caves in iron formations. We propose simulation, through numerical stress–strain analyses, of scenarios with and without anthropogenic influence on these cavities. We aim to evaluate, for example, proposals to simulate the effects of stress redistribution as a mining face approaches, as well as the effects of vibrations induced by rock blasting.
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- Mine Geotechnics – Slope Optimization: The Pit Optimization challenge seeks to develop solutions that improve slope geometry by integrating stability analyses, operational safety, and efficiency in ore recovery. The proposal involves evaluating alternatives that balance geotechnical performance and operational gains, contributing to safer, more sustainable, and technically robust mining.
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- Drilling and Blasting: Solutions for the development of a predictive model for rock fragmentation and flyrock generated by explosive blasting, in order to determine optimized exclusion zones for blasting operations.
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- Geophysics: Workflow for database validation, processing, interpretation, geophysical modeling, and uncertainty quantification of the model for an iron ore deposit. Perform an analysis of the choice of the geophysical model and the optimal processing workflow.
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- Advanced Data Analytics: Development of an analytical solution based on a large real-world dataset of fleet telemetry from an iron ore mine, with the objective of anticipating the occurrence of critical alerts.
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Scheduled Timeline:
- Applications: February 11 to April 22, 2026
- Development: May 4 to July 27, 2026
- Closing: August 24 to August 27, 2026
In the 2025 edition, the Desenvolver Program featured five technical themes:
- Mineral Resources
- Mineral Reserves
- Geophysics
- Drilling and Blasting
- Geotechnics
The program received over 800 applications from students affiliated with more than 60 educational institutions, covering 21 Brazilian states. In addition to the broad geographical diversity, there was significant female participation, with 42% of applications submitted by women. At the end of the cycle, 15 finalist students presented their projects at the closing event and participated in a technical visit to Vale's Capão Xavier mine, providing a practical and enriching experience.

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The best solutions for the mineral resource assessment challenge, proposed by Vale's Desenvolver Program, were announced at an event held by the company in Nova Lima (MG).
At the meeting, which took place on September 12th, undergraduate and graduate students from mining-related fields shared their projects with other students, technicians, Vale leaders, and representatives from invited companies.
The winners also had the opportunity to visit the mining company's facilities, such as the Iron Ore Technology Center.
The group that won the Desenvolver Program challenge, formed by Camila Brighenti and Bernardo Generoso, master's students in geology at UFRGS, and Heloísa Luzzi, a master's student in geology at Unicamp, presented the most comprehensive approach and the best justifications for the decisions made in the process.
“The program allowed us to connect academic knowledge with the practical reality of the industry, helping to build fertile ground for attracting talent interested in the topic of mineral resources who can support us in our purpose of transforming mining into an increasingly sustainable activity,” assesses Victor Miguel Silva, technical manager of Geosciences at Vale and leader of the initiative.
The Desenvolver Program, launched in June, received almost 300 applications from students affiliated with educational institutions in 20 states.
In addition to the diversity of students' places of residence, there was also significant gender representation: half of the applications and 67% of the finalists were women.
The participating students and researchers carried out a process of information quality analysis, geological modeling, and estimation of the grades of interest from a Vale iron ore mine. The evaluation was anonymous and analyzed the participants' ability to define problems and challenges and apply solutions for each stage.
“All the groups combined classic solutions with innovative methods, such as machine learning, but there were also solutions quite different from those we use today at Vale, promoting a very rich exchange of knowledge,” points out Victor.
Nine students, gathered in these three winning groups, received more than R$ 20,000 in prize money for designing the most complete and innovative solutions.

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